KEYENCE iO-GRID m and KV-Nano Series Modbus RTU Connection Instruction Manual

October 30, 2023
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KEYENCE iO-GRID m and KV-Nano Series Modbus RTU Connection

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2302EN V2.0.0 and KV-Nano Series Modbus RTU Connection Operating Manual

Remote I/O Module System Configuration List

The following table shows the specifications and descriptions of the remote I/O module system components:

Part No. Specification Description
GFMS-RM01S Master Modbus RTU, 1 Port Main Controller
GFDI-RM01N Digital Input 16 Channel Digital Input
GFDO-RM01N Digital Output 16 Channel / 0.5A Digital Output
GFPS-0202 Power 24V / 48W Power Supply
GFPS-0303 Power 5V / 20W Power Supply
0170-0101 8 pin RJ45 female connector/RS-485 Interface Interface Module

Product Description

The remote I/O system consists of a main controller (GFMS-RM01S), digital input module (GFDI-RM01N), digital output module (GFDO-RM01N), power supply modules (GFPS-0202 and GFPS-0303), and an interface module (0170-0101). The interface module is used externally to convert KV-NC20L’s communication module (Modbus RTU) to a RJ45 connector. The main controller manages and dynamically configures I/O parameters. Users can choose the model or brand of power module and interface module they prefer.

KV-NC32T Connection Setup

This section explains how to connect the KV-NC32T using KV STUDIO software. For more details, refer to the KV Nano Series Communication Functions Manual.

KV-NC32T Hardware Connection
To connect the KV-NC32T, follow these steps:

  1. The connector is at the bottom of the KV-NC20L communication module and uses RS485 connections.
  2. Connect the COM (RS485 A/B) on the left of the FX5U to the interface module (1/2) to convert them to RJ45 connectors before connecting them to the main controller.

KV-NC32T Connection Setup

To set up the KV-NC32T connection:

  1. Launch KV STUDIO and click on Unit Configuration on the left. Select KV-NC32.

  2. Under Communication Settings, select KV-NC20L.

  3. Use Port 2.

  4. For Action Mode, select Modbus Master
    Interface: RS-485 (2-wire)
    Baud: Select 115200bps Stop
    Bit: 1 Parity
    Bit: None. Note that the communication format setting must be consistent with the connected device.

  5. Program your communication.

Programming Example: Control with one GFDI-RM01N and one GFDO-RM01N

When DM0.0 receives a signal and is triggered, DM1000.0 outputs a signal as it is connected.

Remote I/O Module System Configuration List

Part No. Specification Description
GFMS-RM01S Master Modbus RTU, 1 Port Main Controller
GFDI-RM01N Digital Input 16 Channel Digital Input
GFDO-RM01N Digital Output 16 Channel / 0.5A Digital Output
GFPS-0202 Power 24V / 48W Power Supply
GFPS-0303 Power 5V / 20W Power Supply
0170-0101 8 pin RJ45 female connector/RS-485 Interface Interface Module
Product Description
  1. The interface module is used externally to convert KV-NC20L’s communication module (Modbus RTU) to a RJ45 connector
  2. The main controller is in charge of the management and dynamic configuration of I/O parameters and so on.
  3. The power module and interface module are standard for remote I/Os and users can choose the model or brand they prefer.

KV-NC32T Connection Setup

This section details how to use the KV STUDIO software to connect KV-NC32T and .
For more details, please refer to the KV Nano Series Communication Functions Manual

KV-NC32T Hardware Connection

  1. The connector is at the bottom of the KV-NC20L communication module and uses RS485 connectionsKEYENCE-iO-GRID-m-and-KV-Nano-Series-Modbus-RTU-Connection-2
  2. Connect the COM (RS485 A/B) on the left of the FX5U to the interface module (1/2) to convert them to RJ45 connectors before connecting them to the main controllerKEYENCE-iO-GRID-m-and-KV-Nano-Series-Modbus-RTU-Connection-3

KV-NC32T Connection Setup

  1. Launch KV STUDIO, click on “Unit Configuration” on the left and select “KV-NC32”
  2. Under “選擇功能擴展適配器”, select “KV-NC20L”KEYENCE-iO-GRID-m-and-KV-Nano-Series-Modbus-RTU-Connection-5
  3. Use Port 2 here

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Notes:
The communication format setting must be consistent with

Program Your Communication

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Programming Example:
Control with one GFDI-RM01N and one GFDO-RM01N
When DM0.0 has received a signal and is triggered, DM1000.0 will output a signal as it is connected

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